The average ratio of masses for \(TS_{\rm {TM}}\)  is \(\left< M_{\rm {LPSZ}}/{M_{TS_{\rm {TM}}}}\right>=1.01 \pm 0.02\) , indicating the availability of twins for each cluster in the LPSZ. On the other hand, the mass bias for the other two samples is estimated to be \(\left< {M_{\rm {LPSZ}}}/{M_{TS_{\rm {HEM}}}}\right>=0.93\pm 0.02\)  and \(\left< {M_{\rm {LPSZ}}}/{M_{TS_{Y}}}\right>=0.9 \pm 0.1\) , respectively. These values are consistent with mass bias values estimated in [1]}. The matching criterion for the integrated Compton parameter is also satisfied for \(TS_{{Y}}\)  with \(\left<{Y_{500_{\rm {LPSZ}}}}/{Y_{500_{TS_Y}}}\right>=1.01 \pm 0.03\) . As mentioned in the previous section, The Three Hundred Project provides a multitude of multi–wavelength data products for each cluster, some of which are also provided along different lines–of–sight (see Section ). An example of the \(Y\)  map and X–ray photon count map of two clusters can be seen in Fig. REF .
